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cdma2000ForwardReferenceChannels

Define cdma2000 forward reference channel

Syntax

cfg = cdma2000ForwardReferenceChannels(wv)
cfg = cdma2000ForwardReferenceChannels(wv,numchips)
cfg = cdma2000ForwardReferenceChannels(BSTM-RC,numchips,P,M)
cfg = cdma2000ForwardReferenceChannels(traffic,numchips,F-SCH-SPEC)

Description

example

cfg = cdma2000ForwardReferenceChannels(wv) returns a structure, cfg, that defines the cdma2000® forward link parameters given the input waveform identifier, wv. To generate a forward link reference channel waveform, pass this structure to the cdma2000ForwardWaveformGenerator function.

For all syntaxes, cdma2000ForwardReferenceChannels creates a configuration structure that is compliant with the cdma2000 physical layer specification [1].

example

cfg = cdma2000ForwardReferenceChannels(wv,numchips) specifies the number of chips to generate.

example

cfg = cdma2000ForwardReferenceChannels(BSTM-RC,numchips,P,M) returns the data structure for the BSTM-RC waveform identifiers, given the total traffic channel power, P, and the number of traffic channels, M. For more information on base station testing, see Table 6.5.2-1 of [2].

example

cfg = cdma2000ForwardReferenceChannels(traffic,numchips,F-SCH-SPEC) returns the data structure for the specified traffic channel, traffic, and the forward supplemental channel (F-SCH) and frame length combination, F-SCH-SPEC. If omitted, F-SCH-SPEC has a default value of the lowest F-SCH data rate allowable for a 20 ms frame length, given the radio configuration specified by traffic.

Examples

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Create a parameter structure, config, for all forward traffic channels (F-FCH and F-SCCH) that are supported by radio configuration 2.

config = cdma2000ForwardReferenceChannels('ALL-RC2')
config = 

  struct with fields:

          SpreadingRate: 'SR1'
              Diversity: 'NTD'
                    QOF: 'QOF1'
               PNOffset: 0
          LongCodeState: 0
     PowerNormalization: 'Off'
      OversamplingRatio: 4
             FilterType: 'cdma2000Long'
                InvertQ: 'Off'
       EnableModulation: 'Off'
    ModulationFrequency: 0
               NumChips: 1000
                  FPICH: [1x1 struct]
                 FAPICH: [1x1 struct]
                FTDPICH: [1x1 struct]
               FATDPICH: [1x1 struct]
                   FPCH: [1x1 struct]
                  FSYNC: [1x1 struct]
                  FBCCH: [1x1 struct]
                  FCACH: [1x1 struct]
                  FCCCH: [1x1 struct]
                 FCPCCH: [1x1 struct]
                  FQPCH: [1x1 struct]
                   FFCH: [1x1 struct]
                  FOCNS: [1x1 struct]
                  FSCCH: [1x1 struct]

Examine the fields for the Forward Fundamental Channel (F-FCH). The data rate is 14,400 bps and the frame length is 20 ms.

config.FFCH
ans = 

  struct with fields:

                Enable: 'On'
                 Power: 0
    RadioConfiguration: 'RC2'
              DataRate: 14400
           FrameLength: 20
          LongCodeMask: 0
          EnableCoding: 'On'
            DataSource: {'PN9'  [1]}
             WalshCode: 7
             EnableQOF: 'Off'
    PowerControlEnable: 'Off'

Generate the complex waveform using the corresponding waveform generator function.

waveform = cdma2000ForwardWaveformGenerator(config);

A waveform composed of the channels specified by each substructure of config is generated by cdma2000ForwardWaveformGenerator.

Create a reference channel, specify the sync channel message as the data source, add the SyncMessage structure to the FSYNC substructure. Generate the waveform using this reference channel configuration.

Create a reference channel for testing a base station using radio configuration 3.

config = cdma2000ForwardReferenceChannels('BSTM-RC3');

Adjust the Forward Sync Channel (F-SYNC) settings. Set a relative channel power of 0.0 dB and specify the sync channel message as the data source.

config.FSYNC.Power = 0.0;
config.FSYNC.DataSource = 'SyncMessage';

Define the sync channel message structure (for P_REV = 6 (IS-2000-0)) and add it to the config.FSYNC substructure. Display the FSYNC structure.

sm = struct();
sm.P_REV = 6;                          % Protocol Revision field
sm.MIN_P_REV = 6;                      % Minimum Protocol Revision field
sm.SID = hex2dec('14B');               % System Identifier field
sm.NID = 1;                            % Network Identification field
sm.PILOT_PN = 0;                       % Pilot PN Offset field
sm.LC_STATE = hex2dec('20000000000');  % Long Code State field
sm.SYS_TIME = hex2dec('36AE0924C');    % System Time field
sm.LP_SEC = 0;                         % Leap Second field
sm.LTM_OFF = 0;                        % Local Time Offset field
sm.DAYLT = 0;                          % Daylight Savings Time Indicator field
sm.PRAT = 0;                           % Paging Channel Data Rate field
sm.CDMA_FREQ = hex2dec('2F6');         % CDMA Frequency field
sm.EXT_CDMA_FREQ = hex2dec('2F6');     % Extended CDMA Frequency field

config.FSYNC.SyncMessage = sm;

config.FSYNC
ans = 

  struct with fields:

          Enable: 'On'
           Power: 0
    EnableCoding: 'On'
      DataSource: 'SyncMessage'
     SyncMessage: [1x1 struct]

Generate the forward link waveform.

waveform = cdma2000ForwardWaveformGenerator(config);

Create a structure for a 2000-chip forward common control channel (F-CCCH). Specify a 38,400 bps data rate, a 5 ms frame length, and an accompanying broadcast control channel (F-BCCH) with a 9600 bps data rate.

config   = cdma2000ForwardReferenceChannels('CONTROL-38400-5-9600',2000)
config = 

  struct with fields:

          SpreadingRate: 'SR1'
              Diversity: 'NTD'
                    QOF: 'QOF1'
               PNOffset: 0
          LongCodeState: 0
     PowerNormalization: 'Off'
      OversamplingRatio: 4
             FilterType: 'cdma2000Long'
                InvertQ: 'Off'
       EnableModulation: 'Off'
    ModulationFrequency: 0
               NumChips: 2000
                  FPICH: [1x1 struct]
                   FPCH: [1x1 struct]
                  FCCCH: [1x1 struct]
                  FBCCH: [1x1 struct]

Verify that the F-CCCH and F-BCCH data rates are 38,400 bps and 9600 bps, respectively.

config.FCCCH.DataRate
config.FBCCH.DataRate
ans =

       38400


ans =

        9600

Generate the forward link waveform.

waveform = cdma2000ForwardWaveformGenerator(config);

Create a reference channel for testing a base station using radio configuration 3. Specify the number of chips, the total power allocated to the individual channels, and the number of traffic channels. The FFCH substructure is a structure array whose dimensions are set by the number of traffic channels.

config = cdma2000ForwardReferenceChannels('BSTM-RC3',1000,-3,4)
config = 

  struct with fields:

          SpreadingRate: 'SR1'
              Diversity: 'NTD'
                    QOF: 'QOF1'
               PNOffset: 0
          LongCodeState: 0
     PowerNormalization: 'Off'
      OversamplingRatio: 4
             FilterType: 'cdma2000Long'
                InvertQ: 'Off'
       EnableModulation: 'Off'
    ModulationFrequency: 0
               NumChips: 1000
                  FPICH: [1x1 struct]
                  FSYNC: [1x1 struct]
                   FPCH: [1x1 struct]
                   FFCH: [1x4 struct]

Verify that the length of the FFCH substructure corresponds to the number of specified traffic channels, 4.

length(config.FFCH)
ans =

     4

Generate the forward link waveform.

waveform = cdma2000ForwardWaveformGenerator(config);

Create a traffic channel using radio configuration 7 composed of a 614,400 bps forward supplemental channel (F-SCH) having a 20 ms frame length. Set the number of chips to 5000.

config = cdma2000ForwardReferenceChannels('TRAFFIC-RC7-4800', ...
    5000,'F-SCH-614400-20')
config = 

  struct with fields:

          SpreadingRate: 'SR3'
              Diversity: 'NTD'
                    QOF: 'QOF1'
               PNOffset: 0
          LongCodeState: 0
     PowerNormalization: 'Off'
      OversamplingRatio: 4
             FilterType: 'cdma2000Long'
                InvertQ: 'Off'
       EnableModulation: 'Off'
    ModulationFrequency: 0
               NumChips: 5000
                  FPICH: [1x1 struct]
                   FFCH: [1x1 struct]
                   FSCH: [1x1 struct]

This channel uses spreading rate 3, 'SR3', which has a 3.75 MHz bandwidth.

Generate the forward link waveform.

waveform = cdma2000ForwardWaveformGenerator(config);

Input Arguments

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Waveform identification of the reference channel, specified as a character vector. The input typically identifies the channel type, radio configuration, data rate, and frame length. To specify wv, connect the substrings with hyphens, for example, 'CONTROL-19200-10-4800'.

Parameter FieldValuesDescription
Substring 1Substring 2Substring 3Substring 4
wv'FPICH-ONLY'   

Generates a waveform containing a pilot channel only.

'CONTROL'9600204800 | 9600 | 19200

Character vector representing the forward common control channel (F-CCCH) data rate in bps, the frame length in ms, and the forward broadcast control channel (F-BCCH) data rate in bps. Specify 'CONTROL-9600-20-9600' to create a structure variable, wv, with a 9600 bps F-CCCH data rate, a 20 ms frame length, and a 9600 bps F-BCCH data rate.

1920010 | 20
384005 | 10 | 20
'TRAFFIC'RC11200 | 2400 | 4800 | 9600

N/A

Character vector representing the radio configuration and the forward fundamental channel (F-FCH) data rate in bps. Specify 'TRAFFIC-RC9-14400' to create a channel with radio configuration 9 having a 14400 bps F-FCH data rate.

RC2 | RC5 | RC8 | RC91800 | 3600 | 7200 | 14400
RC3 | RC4 | RC6 | RC71500 | 2700 | 4800 | 9600
'BSTM'RC1 | RC2 | RC3 | RC4 | RC5 | RC6 | RC7 | RC8 | RC9

N/A

N/A

Models for testing the base station transmitter. Specify 'BSTM-RC1' to create a structure for base station testing with radio configuration 1.

'ALL'RC1 | RC2 | RC3 | RC4 | RC5 | RC6 | RC7 | RC8 | RC9

N/A

N/A

Returns all channels that are supported for the specified radio configuration. Specify 'ALL-RC4' to create a structure containing all traffic channels for radio configuration 4.

Example: 'CONTROL-9600-20-9600'

Example: 'TRAFFIC-RC9-7200'

Example: 'ALL-RC5'

Data Types: char

Number of chips, specified as a positive integer.

Example: 1024

Data Types: double

BSTM reference channel type, specified as a character vector. For more information, see Table 6.5.2-1 of [2].

Example: 'BSTM-RC8'

Data Types: char

Power budget allocated to all traffic channels, specified in decibels as a real scalar.

Example: 5

Data Types: double

Number of traffic channels, specified as a positive integer.

Example: 8

Data Types: double

Traffic channel configuration, specified as a character vector. The table shows the supported traffic channel configurations.

Radio ConfigurationTraffic Channel Configuration
1'TRAFFIC-RC1-1200''TRAFFIC-RC1-2400''TRAFFIC-RC1-4800''TRAFFIC-RC1-9600'
2'TRAFFIC-RC2-1800''TRAFFIC-RC2-3600''TRAFFIC-RC2-7200''TRAFFIC-RC2-14400'
3'TRAFFIC-RC3-1500''TRAFFIC-RC3-2700''TRAFFIC-RC3-4800''TRAFFIC-RC3-9600'
4'TRAFFIC-RC4-1500''TRAFFIC-RC4-2700''TRAFFIC-RC4-4800''TRAFFIC-RC4-9600'
5'TRAFFIC-RC5-1800''TRAFFIC-RC5-3600''TRAFFIC-RC5-7200''TRAFFIC-RC5-14400'
6'TRAFFIC-RC6-1500''TRAFFIC-RC6-2700''TRAFFIC-RC6-4800''TRAFFIC-RC6-9600'
7'TRAFFIC-RC7-1500''TRAFFIC-RC7-2700''TRAFFIC-RC7-4800''TRAFFIC-RC7-9600'
8'TRAFFIC-RC8-1800''TRAFFIC-RC8-3600''TRAFFIC-RC8-7200''TRAFFIC-RC8-14400'
9'TRAFFIC-RC9-1800''TRAFFIC-RC9-3600''TRAFFIC-RC9-7200''TRAFFIC-RC9-14400'

Example: 'TRAFFIC-RC6-4800' is a traffic channel that uses radio configuration 6 with a 4800 bps data rate.

Data Types: char

Forward supplemental channel data rate and frame length, specified as a character vector. The supported data rate and frame length combinations are summarized in the table.

Radio ConfigurationFrame Length
20 ms40 ms80 ms

3 | 4 | 6 | 7

'F-SCH-1500-20' | 'F-SCH-2700-20' | 'F-SCH-4800-20' | 'F-SCH-9600-20' | 'F-SCH-19200-20' | 'F-SCH-38400-20' | 'F-SCH-76800-20' | 'F-SCH-153600-20''F-SCH-1350-40' | 'F-SCH-2400-40' | 'F-SCH-4800-40' | 'F-SCH-9600-40' | 'F-SCH-19200-40' | 'F-SCH-38400-40' | 'F-SCH-76800-40''F-SCH-1200-80' | 'F-SCH-2400-80' | 'F-SCH-4800-80' | 'F-SCH-9600-80' | 'F-SCH-19200-80' | 'F-SCH-38400-80'

4 | 6 | 7

'F-SCH-307200-20''F-SCH-153600-40''F-SCH-76800-80'

7

'F-SCH-614400-20''F-SCH-307200-40''F-SCH-153600-80'

5 | 8 | 9

'F-SCH-1800-20' | 'F-SCH-3600-20' | 'F-SCH-7200-20' | 'F-SCH-14400-20' | 'F-SCH-28800-20' | 'F-SCH-57600-20' | 'F-SCH-115200-20' | 'F-SCH-230400-20''F-SCH-1800-40' | 'F-SCH-3600-40' | 'F-SCH-7200-40' | 'F-SCH-14400-40' | 'F-SCH-28800-40' | 'F-SCH-57600-40' | 'F-SCH-115200-40''F-SCH-1800-80' | 'F-SCH-3600-80' | 'F-SCH-7200-80' | 'F-SCH-14400-80' | 'F-SCH-28800-80' | 'F-SCH-57600-80'

8 | 9

'F-SCH-460800-20''F-SCH-230400-40''F-SCH-115200-80'

9

'F-SCH-1036800-20''F-SCH-518400-40''F-SCH-259200-80'

For more data rate information for the cdma2000 forward links, see tables 3.1.3.1.3-2 and 3.1.3.1.3-4 of [1].

Example: 'F-SCH-460800-20' is a supplemental channel with a 460,800 bps data rate and a 20 ms frame length.

Data Types: char

Output Arguments

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Configuration of the parameters and channels used by the waveform generator. The configuration structure is defined in these tables.

Top-Level Parameters and Substructures

Parameter Field

Values

Description

SpreadingRate'SR1' | 'SR3'

Spreading rate of the waveform. SR1 corresponds to a 1.2288 Mcps carrier. SR3 corresponds to a 3.6864 Mcps carrier.

SR3 supports direct sequence spreading only.

Diversity'NTD' | 'OTD' | 'STS'

Transmit diversity type (applicable only for SR1), where NTD is no transmit diversity, OTD is orthogonal transmit diversity, and STS is space time spreading

QOF'QOF1' | 'QOF2' | 'QOF3'

Quasi-orthogonal function type

PNOffset

Nonnegative scalar integer

PN offset of the base station

LongCodeState

Positive scalar integer

Initial long code state

PowerNormalization'Off' | 'NormalizeTo0dB' | 'NoiseFillTo0dB'

Power normalization of the waveform

NumChips

Positive scalar integer

Number of chips in the waveform

FilterType'cdma2000Long' | 'cdma2000Short' | 'Off' | 'Custom'

Type of output filtering

CustomFilterCoefficients

Real vector

Custom filter coefficients, used only when the FilterType field is set to 'Custom'

OversamplingRatio

Positive scalar integer

Oversampling ratio at output

InvertQ'Off' | 'On'

Negate the quadrature output

EnableModulation'Off' | 'On'

Enable carrier modulation

ModulationFrequency

Nonnegative scalar integer

Carrier modulation frequency (applies when EnableModulation is 'On')

FPICH

Structure

See FPICH Substructure. Optional.
FAPICH

Structure

See FAPICH Substructure. Optional.
FTDPICH

Structure

See FTDPICH Substructure. Optional.
FATDPICH

Structure

See FATDPICH Substructure. Optional.
FSYNC

Structure

See FSYNC Substructure. Optional.
FPCH

Structure

See FPCH Substructure. Optional.
FCCCH

Structure

See FCCCH Substructure. Optional.
FCACH

Structure

See FCACH Substructure. Optional.
FQPCH

Structure

See FQPCH Substructure. Optional.
FCPCCH

Structure

See FCPCCH Substructure. Optional.
FBCCH

Structure

See FBCCH Substructure. Optional.
FFCH

Structure

See FFCH Substructure. Optional.
FDCCH

Structure

See FDCCH Substructure. Optional.
FSCCH

Structure

See FSCCH Substructure. Optional.
FSCH

Structure

See FSCH Substructure. Optional.
FOCNS

Structure

See FOCNS Substructure. Optional.

FPICH Substructure

Include the FPICH substructure in the cfg structure to configure the forward pilot channel (F-PICH). The FPICH substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

FAPICH Substructure

Include the FAPICH substructure in the cfg structure to configure the forward auxiliary pilot channel (F-APICH). The FAPICH substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

WalshLength64 | 128 | 256 | 512

Walsh code length

WalshCode

Nonnegative integer scalar, such that 0 ≤ WalshCodeWalshLength – 1

Walsh code number

LongCodeMask

Positive scalar integer

Long code identifier

FTDPICH Substructure

Include the FTDPICH substructure in the cfg structure to configure the forward transmit diversity pilot Channel (F-TDPICH). The FTDPICH substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

FATDPICH

Include the FATDPICH substructure in the cfg structure to configure the forward auxiliary transmit diversity pilot channel (F-ATDPICH). The FATDPICH substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

WalshLength64 | 128 | 256, 512

Walsh code length

WalshCodeNonnegative integer scalar, such that 0 ≤ WalshCodeWalshLength – 1

Walsh code number

LongCodeMask

Positive scalar integer

Long code identifier

FSYNC Substructure

Include the FSYNC substructure in the cfg structure to configure the forward sync channel (F-SYNC). The FSYNC substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

EnableCoding'On' | 'Off'

Enable or disable channel coding

DataSource

Cell array: {'PN Type', RN Seed}, binary vector, or 'SyncMessage'.

Standard PN types are 'PN9', 'PN15', 'PN23', 'PN9-ITU', and 'PN11'.

Data source. Specify a standard PN sequence with a random number seed, a binary vector, or a 'SyncMessage' character vector.

SyncMessage

Structure

See SyncMessage Substructure. Optional.

SyncMessage Substructure

If the DataSource field of the FSYNC substructure is set to 'SyncMessage', add the SyncMessage substructure to the cfg.FSYNC substructure to configure the sync channel message. The SyncMessage substructure contains these fields.

Parameter Field

Typical Value

Description

P_REV6Protocol revision field
MIN_P_REV6Minimum protocol revision field
SIDhex2dec('14B')System identifier field
NID1Network identification field
PILOT_PN0Pilot PN offset field
LC_STATEhex2dec('20000000000')Long code state field
SYS_TIMEhex2dec('36AE0924C')System time field
LP_SEC0Leap second field
LTM_OFF0Local time offset field
DAYLT0Daylight savings time indicator field
PRAT0Paging channel data rate field
CDMA_FREQhex2dec('2F6')CDMA frequency field
EXT_CDMA_FREQhex2dec('2F6')Extended CDMA frequency field

FPCH Substructure

Include the FPCH substructure in the cfg substructure to configure the forward paging channel (F-PCH). The FPCH substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

DataRate

4800 | 9600

Data rate (bps)

LongCodeMask

Positive scalar integer

Long code identifier

WalshCode

Nonnegative integer scalar, such that 0 ≤ WalshCode ≤ 7

Walsh code number

EnableCoding'On' | 'Off'

Enable or disable channel coding

DataSource

Cell array: {'PN Type', RN Seed}, binary vector, or a paging message character vector.

Standard PN types are 'PN9', 'PN15', 'PN23', 'PN9-ITU', and 'PN11'.

Paging message options include 'PagingMessage1', 'PagingMessage2', and 'PagingMessage3'.

Data source. Specify a standard PN sequence with a random number seed, a binary vector, or one of three paging messages. For a description of paging message contents see footnote 1.

  1. When the DataSource enumeration specifies one of the paging message options, simulated paging message data is used as input to the F-PCH physical channel:

    • 'PagingMessage1' — Streams a 7680 bit sequence (800 ms at fullrate) of paging message contents onto the channel that includes the General Page Message, the CDMA Channel List Message, the Extended System Parameter Message, the Extended Neighbor List Message, the System Parameter Message, and the Access Parameter Message. The paging message repeats these messages in a nonsequential pattern.

    • 'PagingMessage2' — Streams a 2304 bit sequence (240 ms at fullrate) of paging message contents onto the channel that includes a truncated version of the full 'PagingMessage1' content.

    • 'PagingMessage3' — Streams an 864 bit sequence (90 ms at fullrate) of paging message contents onto the channel that includes the Neighbor List Message, the CDMA Channel List Message, the General Page Message, the System Parameter Message, and the Access Parameter Message. The paging message repeats these messages in a sequential pattern.

    For more information on the F-PCH contents, refer to 3GPP2 C.S0004, Table 3.1.2.3.1.1.2–1.

FCCCH Substructure

Include the FCCCH substructure in the cfg structure to configure the forward common control channel (F-CCCH). The FCCCH substructure contains these fields.

Parameter Field

Values

Description

Enable'On'| 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

DataRate9600 | 19200 | 38400

Data rate (bps)

FrameLength5 | 10 | 20

Frame length (ms)

CodingType'conv' | 'turbo'

Type of error correction coding

WalshCode

Nonnegative integer scalar such that 0 ≤ WalshCode ≤ 255

Walsh code number

LongCodeMask

Positive scalar integer

Long code identifier

EnableCoding'On' | 'Off'

Enable or disable channel coding

DataSource

Cell array: {'PN Type', RN Seed} or binary vector.

Standard PN sequence options are 'PN9', 'PN15', 'PN23', 'PN9-ITU', and 'PN11'.

Data source. Specify a standard PN sequence with a random number seed or a custom vector.

FCACH Substructure

Include the FCACH substructure in the cfg structure to configure the forward common assignment channel (F-CACH). The FCACH substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

CodingType'conv' | 'turbo'

Type of error correction coding

WalshCode

Nonnegative integer scalar such that 0 ≤ WalshCode ≤ 255

Walsh code number

LongCodeMask

Positive scalar integer

Long code identifier

EnableCoding'On' | 'Off'

Enable or disable channel coding

DataSource

Cell array: {'PN Type', RN Seed} or binary vector.

Standard PN sequence options are 'PN9', 'PN15', 'PN23', 'PN9-ITU', and 'PN11'.

Data source. Specify a standard PN sequence with a random number seed or a custom vector.

FQPCH Substructure

Include the FQPCH substructure in the cfg structure to configure the forward quick paging channel (F-QPCH). The FQPCH substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

DataRate2400 | 4800

Data rate (bps)

WalshCode

Nonnegative integer scalar such that 0 ≤ WalshCode ≤ 255

Walsh code number

LongCodeMask

Positive scalar integer

Long code identifier

EnableCoding'On' | 'Off'

Enable or disable channel coding

DataSource

Cell array: {'PN Type', RN Seed} or binary vector.

Standard PN sequence options are 'PN9', 'PN15', 'PN23', 'PN9-ITU', and 'PN11'.

Data source. Specify a standard PN sequence with a random number seed or a custom vector.

FCPCCH Substructure

Include the FCPCCH substructure in the cfg structure to configure the forward common power control channel (F-CPCCH). The FCPCCH substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

WalshCode

Nonnegative integer scalar such that 0 ≤ WalshCode ≤ 63

Walsh code number

LongCodeMask

Positive scalar integer

Long code identifier

EnableCoding'On' | 'Off'

Enable or disable channel coding

DataSource

Cell array: {'PN Type', RN Seed} or binary vector.

Standard PN sequence options are 'PN9', 'PN15', 'PN23', 'PN9-ITU', and 'PN11'.

Data source. Specify a standard PN sequence with a random number seed or a custom vector.

FBCCH Substructure

Include the FBCCH substructure in the cfg structure to configure the forward broadcast control channel (F-BCCH). The FBCCH substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

DataRate4800 | 9600 | 19200

Data rate (bps)

CodingType'conv' | 'turbo'

Type of error correction coding

WalshCode

Nonnegative integer scalar such that 0 ≤ WalshCode ≤ 127

Walsh code number

LongCodeMask

Positive scalar integer

Long code identifier

EnableCoding'On' | 'Off'

Enable or disable channel coding

DataSource

Cell array: {'PN Type', RN Seed} or binary vector.

Standard PN sequence options are 'PN9', 'PN15', 'PN23', 'PN9-ITU', and 'PN11'.

Data source. Specify a standard PN sequence with a random number seed or a custom vector.

FFCH Substructure

Include the FFCH substructure in the cfg structure to configure the forward fundamental traffic channel (F-FCH). The FFCH substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

RadioConfiguration'RC1' through 'RC9'

Radio configuration channel

DataRate1200 | 1500 | 1800 | 2400 | 2700 | 3600 | 4800 | 7200 | 9600 | 14400

Data rate (bps)

FrameLength5 | 10 | 20

Frame length (ms)

WalshCode

Nonnegative integer scalar such taht 0 ≤ WalshCode ≤ 255

Walsh code number

LongCodeMask

Positive scalar integer

Long code identifier

EnableQOF'On' | 'Off'

Enable QOF spreading

EnableCoding'On' | 'Off'

Enable or disable channel coding

DataSource

Cell array: {'PN Type', RN Seed} or binary vector.

Standard PN sequence options are 'PN9', 'PN15', 'PN23', 'PN9-ITU', and 'PN11'.

Data source. Specify a standard PN sequence with a random number seed or a custom vector.

PowerControlEnable'On' | 'Off'

Enable or disable power control subchannel

PowerControlPower

Real scalar

Power control subchannel power (relative to F-FCH)

PowerControlDataSource

Cell array: {'PN Type', RN Seed} or binary vector.

Standard PN sequence options are 'PN9', 'PN15', 'PN23', 'PN9-ITU', and 'PN11'.

Power control subchannel data source

FDCCH Substructure

Include the FDCCH substructure in the cfg structure to configure the forward dedicated control channel (F-DCCH). The FDCCH substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

RadioConfiguration'RC3' through 'RC9'

Radio configuration channel

DataRate9600 | 14400

Data rate (bps)

FrameLength5 | 20

Frame length (ms)

WalshCode

Nonnegative integer scalar such that 0 ≤ WalshCode ≤ 255

Walsh code number

LongCodeMask

Positive scalar integer

Long code identifier

EnableQOF'On' | 'Off'

Enable QOF spreading

EnableCoding'On' | 'Off'

Enable or disable channel coding

DataSource

Cell array: {'PN Type', RN Seed} or binary vector.

Standard PN sequence options are 'PN9', 'PN15', 'PN23', 'PN9-ITU', and 'PN11'.

Data source. Specify a standard PN sequence with a random number seed or a custom vector.

FSCCH Substructure

Include the FSCCH substructure in the cfg structure to configure the forward supplemental code channel (F-SCCH). The FSCCH substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

RadioConfiguration'RC1' | 'RC2'

Radio configuration channel

WalshCode

Nonnegative integer scalar such that 0 ≤ WalshCode ≤ 255

Walsh code number

LongCodeMask

Positive scalar integer

Long code identifier

EnableCoding'On' | 'Off'

Enable or disable channel coding

DataSource

Cell array: {'PN Type', RN Seed} or binary vector.

Standard PN sequence options are 'PN9', 'PN15', 'PN23', 'PN9-ITU', and 'PN11'.

Data source. Specify a standard PN sequence with a random number seed or a custom vector.

FSCH Substructure

Include the FSCH substructure in the cfg structure to configure the forward supplemental channel (F-SCH). The FSCH substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

RadioConfiguration'RC3' | 'RC4' | 'RC5' | 'RC6' | 'RC7' | 'RC8' | 'RC9'

Radio configuration channel

DataRate1200 | 1350 | 1500 | 1800 | 2400 | 2700 | 3600 | 4800 | 7200 | 9600 | 14400 | 19200 | 28800 | 38400 | 57600 | 76800 | 115200 | 153600 | 230400 | 307200

Data rate (bps)

FrameLength20 | 40 | 80

Frame length (ms)

CodingType'Conv' | 'Turbo'

Channel coding type, convolutional or turbo

WalshCode

Nonnegative integer scalar such that 0 ≤ WalshCode ≤ 255

Walsh code number

LongCodeMask

Positive scalar integer

Long code identifier

EnableQOF'On' | 'Off'

Enable QOF spreading

EnableCoding'On' | 'Off'

Enable or disable channel coding

DataSource

Cell array: {'PN Type', RN Seed} or binary vector.

Standard PN sequence options are 'PN9', 'PN15', 'PN23', 'PN9-ITU', and 'PN11'.

Data source. Specify a standard PN sequence with a random number seed or a custom vector.

FOCNS Substructure

Include the FOCNS substructure in the cfg structure to configure orthogonal channel noise source information. The FOCNS substructure contains these fields.

Parameter Field

Values

Description

Enable'On' | 'Off'

Enable or disable the channel

Power

Real scalar

Relative channel power (dB)

WalshLength64 | 128 | 256

Walsh code length

WalshCode

Nonnegative integer scalar such that 0 ≤ WalshCodeWalshLength – 1

Walsh code number

References

[1] 3GPP2 C.S0002–F v2.0. “Physical Layer Standard for cdma2000 Spread Spectrum Systems.” 3rd Generation Partnership Project 2. URL: 3gpp2.org.

[2] 3GPP2 C.S0010–C v2.0. “Recommended Minimum Performance Standards for cdma2000 Spread Spectrum Base Stations.” 3rd Generation Partnership Project 2. URL: 3gpp2.org.

[3] 3GPP2 C.S0004–F v1.0. “Signaling Link Access Control (LAC) Standard for cdma2000 Spread Spectrum Systmes.” 3rd Generation Partnership Project 2. URL: 3gpp2.org.

Introduced in R2015b

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